Micro laser sintering
Macro possibilities Micro boundaries
Case study fiber optic guides
Small size, great protection
Precision and complexity are inevitable in the field of fibre optics technology. Endoscope tips, fibre guides and general miniaturisation of mechanisms help to decisively advance minimally invasive surgery.
Case Study flow measuring probes
Small probe, big effect – Micro Laser Sintering makes tailor-made flow measurement technology possible
Accuracy is mandatory in the field of fluid dynamic measurement technology. Flow probes help to determine fluid flows simply and accurately. By means of Micro Laser Sintering, the components are developed flexibly for the respective application and manufactured on demand. Size and shape are adapted according to the different application areas.
Case study lattice structures
Complex 3D lattice structures – Micro Laser Sintering enables maximum functionality by minimum material use
Lattice structures are used to save weight without sacrificing stability of parts. Furthermore these structures can also realize functions like shielding, guiding or separating fluids in medical devices, reactors, heat exchangers, fuel cells and other microfluidic applications.
You have the application, we do have the experience with Micro Laser Sintering. With our engineering services we make your parts 3D [...]
3D MicroPrint GmbH provides the complete solution chain for the production of precisely printed metal parts. Experience high precision in 3D [...]
3D MicroPrint’ s machines deliver best results in terms of detail resolution, accuracy and surface finish for 3D printed micro metal parts by [...]
The riddle is solved!
Now is the riddle by the post from the Cool Parts Show this morning solved. 😀
Take a look!
WHAT'S THAT COOL PART?
Can you guess which part is hiding behind here?
About 3D MicroPrint GmbH
3D MicroPrint GmbH is a german company and specialized in the production of micro metal parts by Micro Laser Sintering and the sale of the associated machines.
Contact3D MicroPrint GmbH Technologie-Campus 1
+49 371 5347 849
+49 371 5347 836